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Wake Dun – The Wireless Research Center is working with Spectrohm to develop new radio frequency technology that could have a significant impact on public safety and national security.
Spectrohm describes the technology on its website as “simultaneously imaging and identifying what is made of an object while moving on high-speed conveyors, enabling comprehensive inspection at commercial speeds.”
And under the new partnership agreement, the company will leverage the wireless research center’s capabilities to accelerate the development of a fully autonomous screening system for US government customers.
That system, which John Swartz, a senior engineer at the Wireless Research Center, calls “Vision,” identifies any threat in a package or mail in an image, process, and in real time, according to a company statement.
The Wireless Research Center is involved in the development and implementation of a new statewide surveillance system for first responders.
With SBIR grant, IoT firm and partners to test new statewide paging system for first responders
Behind the technology
Here’s how it works, according to Virginia-based Tyson Corner.
As organizations increasingly move to object sensors and algorithms that use artificial intelligence to perform certain tasks, why not build a system built on technology that can also use sensor data to automate threat detection?
The patented technology is “superior in its ability to detect package contents such as explosives, drugs and contraband,” according to a company statement. It’s an industry expected to grow to $50 billion, says Spectrohm.
“Using ‘longer’ radio wavelengths gives us RF ‘color’ to see and identify threats,” said Tim Kargol, founder and CEO of Spectrohm. “These colors provide the additional information needed to quickly and accurately identify threats.”
Spectrohm won a $1 million SBIR Phase II grant in June from a program administered by the Department of Homeland Security’s Science and Technology Directorate. This follows a $2 million fundraising round that closed in May, according to a statement.
“Our technique is revolutionary, but it’s very feasible because of the maturity of the technologies we’re building and the maturity of sensors, manufacturing and AI software,” Kargol said in a statement in May.
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